Solution 1
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It would bind to the part that has a complementary sequence. Since A pairs with T and C pairs with G then it would bind to  ttagc sequence on the  DNA strand. The two DNA pieces would also align in anti-parallel alignment.
UV light can affect the traits of organisms by changing their DNA sequence.
The DNA of organisms store the genetic information which is physically expressed as traits during gene expressions.
Also, the nucleotide sequence of DNA determines the kind of traits that will be expressed.
UV light has the capacity to alter the nucleotide sequence of DNAs, a phenomenon known as mutation.
When the DNA sequence is altered, the traits originally expressed by the DNA also become altered.
More on mutations can be found here: brainly.com/question/17106056?referrer=searchResults
The wood is xylem, and the bark is phloem. So, if you reverse the two, the tree is unlikely to be able to support its own weight.
What is are vascular tissues?
Vascular tissue is an intricate conducting tissue found in vascular plants that is made up of multiple cell types.
The xylem and phloem are the primary components of vascular tissue. From within, those same two tissues transport fluid as well as nutrients.
In plants, cambium is a layer of actively dividing cells that exists between xylem (wood) and phloem tissues and is responsible for the secondary growth of stems and roots.
A cambium is a tissue layer in plants that provides partially undifferentiated cells for plant growth.
It is found between the xylem and the phloem. A cambium is also a cellular plant tissue that grows phloem, xylem, or cork by division, resulting in secondary thickening.
The wood is called xylem, as well as the bark is called phloem. If the two are reversed, the tree is very unlikely to be able to endorse its own weight.
Thus, this can be the consequence of reversing the xylem and phloem.
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Lipids are hydrophobic, therefore they are water-insoluble and they cannot be transferred in water solutions, such as blood. Lipoproteins are assemblies that create a hydrophilic compound which permits the lipids to flow in the bloodstream.
Answer:
I have chosen to use peppered moths and black moths as my example of adaptation.
The species called peppered moths is widespread in Britain and Ireland. This type of moth got its name due to the grey- and black-speckled pattern it has. This structural trait provides the peppered moths with camouflage when resting on tree trunks. A genetic mutation caused some of the moths to have almost black wings. However, moths with this mutation had a smaller population, because these forms were not completely camouflaged when at rest and predators could spot them easily. Thus, the population of the pale peppered moths was higher than that of the black moths.
The nineteenth century brought with it a lot of industrialization. The industrialization created a tremendous amount of soot and air pollution. This led to blackening of urban tree trunks and walls. So, black moths had better camouflage on tree trunks than the peppered moths did. Due to this, there was an increase in the population of black moths, and a decrease in the population of peppered moths as birds more easily preyed upon them because they were easier to see on the dark tree trunks.
Thus, the species of moth that adapted to the changing environmental conditions were survived.
Pepsin digests egg white because it mainly contains protein.
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Answer:
Stress incontinence
Explanation: it's a condition of involuntary urination during coughing, sneezing, laughing, or other sudden movement. Strengthening these muscles by doing pelvic floor exercises can help prevent this condition.